ENERGY-EFFICIENT I/O INTERFACE DESIGN WITH ADAPTIVE POWER-SUPPLY REGULATION

waley

ENERGY-EFFICIENT I/O INTERFACE DESIGN WITH ADAPTIVE POWER-SUPPLY REGULATION
by
Gu-Yeon Wei, STANFORD UNIVERSITY

Chapter 3 Digital Power-Supply Controller
Chapter 4 I/O Interface Design

liuzhieetop

为啥不是全部呢？

waley

是全部的論文
只是show其中兩章得內容

langtaosha

thanks for sharing!!!

hgp264721

thanks

geyibing1984

谢了！！！！

castrader

看看
讲IO的

waley

Chapter 1 Introduction.....................................
1.1 Low-Power Techniques.................................
1.2 CMOS Parallel Links ....................................
1.3 Organization ..................................................
Chapter 2 Background .....................................
2.1 Power and Delay in Digital CMOS Circuits .
2.2 Delay Tracking..............................................
2.2.1 Inverter-based tracking....................
2.2.2 Other non-ideal effects ....................
2.2.3 Delay Tracking Summary ...............
2.3 Adaptive power supply regulation ................
2.3.1 Buck Converter ...............................
2.3.2 PID Control Loop............................
2.4 Summary .......................................................
Chapter 3 Digital Power-Supply Controller...
3.1 A/D Conversion.............................................
3.2 Digital PID Control .......................................
3.3 Variable-Frequency Control..........................
3.4 Low-Power Control .......................................
3.5 Non-Linear Power Reduction Techniques ....
3.6 Summary .......................................................
Chapter 4 I/O Interface Design...........................................
4.1 Overview of parallel links ...................................................
4.1.1 Critical-path delay.................................................
4.1.2 Signal Integrity......................................................
4.2 Finding the “right” voltage..................................................
4.2.1 Summary ...............................................................
4.3 Transmitter Design..............................................................
4.3.1 High-Impedance Drivers .......................................
4.3.2 Impedance, Current and Slew-Rate Control .........
4.3.3 Transmitter Summary............................................
4.4 Receiver Design ..................................................................
4.4.1 Bandwidth-Tracking Preamplifier ........................
4.4.2 Regenerative Latch and Timing ............................
4.4.3 Receiver Summary ................................................
4.5 Timing Recovery.................................................................
4.5.1 Dual-loop architecture...........................................
4.5.2 Digital interpolation ..............................................
4.5.3 Duty-cycle adjuster ...............................................
4.5.4 Clock Distribution and Relative Timing...............
4.5.5 Timing Recovery Summary ..................................
4.6 Experimental Results...........................................................
4.6.1 Test-chip Components and Testing Circuitry .......
4.6.2 Dual-Loop DLL ....................................................
4.6.3 I/O Transceiver......................................................
4.6.4 Power Breakdown Analysis ..................................
4.7 Summary .............................................................................
Chapter 5 Conclusions .........................................................

tianruo

不错  谢谢

led_hksp

Very GOOD!